The architectural properties of product-line architecture (PLA) design have been
successfully optimised by multiobjective genetic algorithms (GAs). Memetic algorithms (MAs) …

Basic design principles, feature modularization, and SPL extensibility of Product Line
Architecture (PLA) design have been optimized by multi-objective genetic algorithms. Until …

MOA4PLA is an approach proposed for Product Line Architecture (PLA) design optimization,
based on multi-objective algorithms and different metrics that consider specific PLA …

The optimization of a Product Line Architecture (PLA) design can be modeled as a multi-
objective problem, influenced by many factors, such as feature modularization, extensibility …

The Product Line Architecture (PLA) design is a multi-objective optimization problem that
can be properly solved with search-based algorithms. However, search-based PLA design …

Abstract The Product-Line Architecture (PLA) is a fundamental SPL artifact. However, PLA
design is a people-intensive and non-trivial task, and to find the best architecture can be …

The Product Line Architecture (PLA) defines a common design for all products derived from
the software product line. PLA design is a high-effort task since it is influenced by several …

Abstract The Product Line Architecture (PLA) is a crucial artifact for the development of
Software Product Lines. However, PLA is a complex artifact to be designed due to its large …

Search-based algorithms have been successfully employed in Product Line Architecture
(PLA) design in the seminal approach named Multi-Objective Approach for Product-Line …

The Product Line Architecture (PLA) is one of the most important artifacts of a Software
Product Line. PLA designing has been formulated as a multi-objective optimization problem …